Introduction was made to basic structure and performance of DSP chip, giving out hardware design plan for induction motor vector control plan, software control algorithm.
介绍了DSP处理器的基本结构和性能，给出了感应电机矢量控制的硬件设计方案和软件控制算法。
With DSP as the control chip, the function is very powerful, the computational speed is very fast and can be used to realize high precision speed control of induction motor control.
以dsp作为控制芯片，功能十分强大，运算速度很快，可以用来实现感应电机的高精度调速控制。
This paper describes a slip frequency vector control system of induction motor using chip microcomputer MCS-51. A structure with parameter adaptive compensation is analysed and designed.
本文介绍一种采用单片机MCS - 51实现的异步电机滑差频率矢量变换控制系绕，分析并设计了具有参数自适应补偿的系统结构。
In this paper, a slip-frequency vector control system using a single-chip micro - computer 8031 of MCS-51 family for variable frequency speed control of induction motor is introduced.
本文介绍了一种采用MCS—51系列单片机8031对异步机实行滑差频率矢量控制的调速系统。
Introduces a plan for making the automobile ignition system common chips of magnetic induction type and hall type, and the design of functional circuit and chip original circuit.
介绍了磁感应型和霍尔型两种汽车点火系统通用芯片的实现方案、功能电路和芯片原始电路的设计。它为解决汽车电子点火芯片的国产化、通用化起到重要作用。
The testing system for induction motor characteristics which is consists of single chip microprocessor as subordinate part and PC as main part is presented.
采用单片机作为下位机，PC机作为上位机，联合组成了感应电动机特性的微机测试系统。
The testing system for induction motor characteristics which is consists of single chip microprocessor as subordinate part and PC as main part is presented.
采用单片机作为下位机，PC机作为上位机，联合组成了感应电动机特性的微机测试系统。
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